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首页> 外文期刊>International Journal of Simulation Modelling >DESIGN OF MODERN HYDRAULIC TANK USING FLUID FLOW SIMULATION
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DESIGN OF MODERN HYDRAULIC TANK USING FLUID FLOW SIMULATION

机译:基于流体流动模拟的现代液压油箱设计

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摘要

Hydraulic power units are one of the most commonly used power sources in industry. The progress in recent years has offered high efficiency and reliable hydraulic components, yet the hydraulic tank design is often neglected part of the development. The paper presents the development of industrial 400 litre hydraulic tank. In order to reduce oil swirling and improve stability of fluid flow, CFD simulations of oil flow inside hydraulic tank were made. Several variations of new hydraulic tank designs are compared with standard industrial tank. Furthermore, to achieve steady flow through the entire reservoir and reduce the phenomenon of oil swirling, newly-developed diffuser is used. Consequently a full scale hydraulic power unit was built according to obtained results.
机译:液压动力单元是工业上最常用的动力源之一。近年来的进步提供了高效且可靠的液压元件,但是液压油箱的设计经常被忽略。本文介绍了工业400升液压油箱的发展。为了减少油的涡流并提高流体的稳定性,对液压油箱内的油流进行了CFD仿真。将新型液压油箱设计的几种变体与标准工业油箱进行了比较。此外,为了使整个油层稳定流动并减少油的旋涡现象,使用了新开发的扩散器。因此,根据获得的结果,建造了一个完整的液压动力装置。

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